AUTOMATED SCREW DRIVING

These automated systems are completely automated for screw feeding and screw fixing which are suitable for all production needs in assembly processes. The major components of automated screw driving are, Bowl Feeder, Linear Feeder, Screw Hopper, Screwdriver- Electric, Screwdriver- Pneumatic, Screw Chuck, and Screw fixing Mechanism & Visualization.

  • Multiple screw feeders
  • High Screw Positioning accuracy
  • Accurate Screw Torque control
  • Accurate Screw Height verification
  • Accurate Screw threads verification
  • Flexible for Electric or Pneumatic Screw drivers
  • Data Logging & Reporting (Torque Achieved, Angle, Pass/Fail Result)
  • Graph representing Torque v/s screw count, Angle v/s Screw count
  • Visualization for operator for loading the component
  • Component Traceability

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DEBURRING

Micrologic has engineered this compact robotic cell to automatically deburr small parts with Cartesian or SCARA robot. Compliant tooling, programmable robot positions, inner and outer diameter gripping to provide flexibility to deburr broad range of part profiles with single machine. This kind of robotic cells can have the parts be fed using a variety of methods including conveyor, gravity track, bowl feeder or pallet. Micrologic with cutting edge technologies that increase performance, enhance efficiency and generate cost-effective processes in manufacturing industry.

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Automated Test Equipment (ATE/FCT)

Functional test (FCT) is used at final stage of the manufacturing process. It provides a pass/fail determination on finished PCBs before they are shipped. FCT verifies PCB assemblies (PCBA) functionality. It is important to emphasize that the requirements of a functional test, its development, and procedures vary widely from PCB to PCB and system to system.
Functional test simulates the operating environment for the product under test thereby minimizing the expensive cost but provides the actual testing equipment.
Functional test features are;

  • Multiple data acquisition platforms supported: PXI, VXI,SCXI, GPIB, Serial, USB, Ethernet
  • Stand-alone instrument integration
  • Custom test fixtures with bed of nails for specific PCB
  • JTAG and Boundary scan
  • Integration of EEPROM/ FLASH programming
  • In-system programming (ISP) of on board devices
  • PWM Generation & Measurement
  • Data Logging & Report
  • Barcode Traceability & Printing
  • Pass/Fail, Rejection Poke-Yoka
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END OF LINE TESTER

Our End of Line testing systems can be manually loaded, allowing for flexible – single or multiple – test platforms. The automated test system is a customized for functional testing of various parameters in the instrument cluster, automatically with completely configurable test lists for the below parameters;

  • Pointers calibration (odometer, speedometer, fuel gauge)
  • LCD Display (segments, symbols check, colour check, back-light)
  • Tell Tales Inspection
  • Communication Parameter (CAN/LIN, KLINE/RS232, UART)
  • Current Measurement
  • Voltage Measurement
  • Resistance Measurement
  • Push Button Reset Verification
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VISION INSPECTION SYSTEMS

for Components Dimensional Aspects

Vision Inspection Systems  is the technology and methods used to provide imaging-based automatic inspection and analysis for such applications as automatic inspection, process control, and robot guidance in industry. At Micrologic enabling products to be made at higher speed, without defects and at lower cost. For quality control and compliance, our machine vision systems provide consistent repeatability, superior accuracy, and minimal setup time.
The use of machine vision to provide quality inspection within our systems are:

  • Gauging or Measurement: Dimensions
  • Defect Detection
  • Tolerance Monitoring
  • Presence of Components
  • Pattern Matching
  • Blob Analysis or Edge Detection
  • Optical Character Recognition (OCR) & Barcode Decoding
  • Surface Inspection
  • Colour Analysis
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Contact Us

Send a Message Here: Ph:+91 80-7161 8400 Email- info@micrologicindia.com

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